ejection
音标发音
- 英式音标 [iˈdʒek.ʃən]
- 美式音标 [iˈdʒek.ʃən]
- 英式发音
- 美式发音
基本解释
- n.喷射;喷出
英汉例句
- At the moment the ejection seat whipped Stricklin into that optimum position, it created an exit for him, blowing the canopy off the jet fighter.
就在弹射座椅把斯特里克林固定在最佳位置的那一刻,座椅还会同时把驾驶舱顶盖炸开,从而为他留出逃生出口。 - Everything squishy was being squished -- fluids of all types, soft tissues, organs. It all moves down, because it just can't keep up with the ejection seat.
这种情况下,一切可以挤压的组织和器官尽数被挤压,包括各种体液、软组织和所有的器官,全都下移,因为根本不可能和弹射座椅保持同步。 - Parts of the downed F-117 wreckage –such as the left wing with US Air Force insignia, the cockpit canopy, ejection seat, pilot's helmet and radio –are exhibited at Belgrade's aviation museum.
F-117的部分残骸,例如印有美国空军标志的左机翼,座舱罩,弹射座椅,飞行员头盔和无线电都陈列在贝尔格莱德的航空博物馆做展览。 - Half of all heart attack survivors have a damaged heart called low ejection fraction.
FORBES: Health and Medicine at the Inflection Point--Today's Perspective from Ray Kurzweil - The broker tried to keep me invested but I pulled the ejection handle, nonetheless.
FORBES: A Fighter Pilot's View Of Age-Based Asset Allocation
双语例句
权威例句
词组短语
- ejection seat 弹射座椅;弹射椅
- ejection phase 射血相;心室射血期;射血期;排出期
- ejection period [生理]射血期;脉搏期英语
- Ejection device 顶出系统;抛壳器
- emergency ejection 应急弹射
短语
专业释义
- 弹射
Secondly, relying on the above fundamental research work, a simulatedmissile for ejection experiment was implemented firstly in China.
然后,在上述研究工作基础上,完成了国内首枚弹射实验用模拟弹。 - 喷射
Finally, the ejection coefficient and ejector construction are optimized.
最后,对喷射器的喷射系数和结构进行优化设计。 - 退壳
The kinematics characteristics of the main mechanisms, including the blocking mechanism, the feed mechanism and the extraction and ejection mechanism, are simulated and analyzed.
通过动力学仿真计算,分析了枪管、自动机、供弹机构、退壳机构等自动武器主要机构的运动学特性。 - 脱模
- 弹射
- 喷射
The experimental result showed that the thickness of the particle media could strongly increase the extinction ratio. However, due to the limitation of charges the particle carried, the number of powder ejection is no obvious influence on the extinction ratio.
实验结果显示,颗粒层厚度的增加会明显增强消光作用,而受制于颗粒的荷电能力,增加喷射次数无法增多悬浮室中受电场力影响的颗粒数量,消光作用仅有微弱的提高。 - 抛射
- 喷出
- 射出
- 退壳
- 脱模
- 驱逐出场
- 弹出